To provide specifications about the cable

To provide specifications about the cable, it is necessary to know how many fibers are included in each cable and what type they are. It is important to understand that fiber, especially single-mode fiber used in almost all OSP facilities, is economical and installation is expensive. The installation of an OSP cable can cost a hundred times more than the cost of the cable itself. Choosing a single-mode fiber is easy; The 1300 nm basic single-mode fiber (called G.652 fiber) is suitable for everything except for long links or for links that use wavelength division multiplexing. It is possible that these installations require a special fiber optimized from 1500 to 1600 nm (G.653 or G.654). In internal or campus-level cable networks, the laser-optimized OM3 50/125 multimode fiber is probably the best choice for any multimode fiber laying in OSP, given its lower attenuation and more bandwidth elevated allow most networks to work better.

Adding more fibers to a cable will not increase the cost of the cable proportionally; The basic cost of building a cable is fixed, but adding fibers will not increase its price much. Choosing a standard design will also save costs, as manufacturers can have that cable available in stock or build it while building others of similar design. The only thing that represents the true cost of adding more fibers is the cost generated by adding additional splices and terminations, which is still low compared to the total cost of the installation. Also, remember that having additional fibers for future extensions, for backup systems or for individual fiber breakage cases can save you many headaches in the future.

Fiber technician salary

Water or moisture protection and reinforcement elements are common characteristics of external plant cable networks. The necessary strength of the cable depends on the installation method (see below). The water and moisture resistance of all cables installed outdoors should be evaluated. Until recently, most people chose a gel-filled cable, but now, dry cables that block water are widely available, and many users prefer them. These cables use a tape that absorbs water and energy that propagates and seals the cable if water enters. Installers especially prefer dry cables since it is not necessary to perform the cumbersome and boring task of removing the gel that is used in many cables, which greatly reduces the preparation time of the joints or terminations.